Florida State University

What you'll study

This degree builds a foundation in programming, algorithms and systems, then extends to applied information topics such as databases, networking, human–computer interaction and information management. Study begins with introductory courses in programming and discrete mathematics, then progresses to intermediate and advanced modules that emphasise software engineering, data structures, operating systems and computer networks.

• Core technical modules: programming, data structures and algorithms, operating systems, computer architecture, software engineering.
• Information and data modules: databases, information retrieval, data modelling, introductory data science and analytics.
• Applied and systems modules: networking, cybersecurity fundamentals, web development, cloud and distributed systems.
• Human and organisational aspects: human–computer interaction, information policy, ethics in computing and project management.
• Capstone and experiential learning: a team-based senior project or practicum and opportunities for internships, research assistantships or industry-sponsored projects.

Students typically fulfil university general-education requirements alongside their major coursework. Elective pathways allow for concentration in areas such as data science, cybersecurity, software engineering or information management, and students can often combine studies with minors or certificate programmes.

Entry requirements

Admission to the bachelor’s degree normally requires a completed secondary-school qualification equivalent to a U.S. high school diploma, with evidence of strong performance in mathematics. Typical applicants present coursework in algebra, geometry and calculus, and prior experience with programming is advantageous though not always mandatory.

• Domestic applicants apply through the university’s undergraduate admissions process and are evaluated on academic record, courses taken, and supporting materials.
• International applicants must demonstrate an equivalent secondary qualification and meet English language proficiency requirements; additional documentation such as certified transcripts and credential evaluations may be required.
• Transfer students from other colleges are considered on the basis of transferable credits and program prerequisites; pre-requisite coursework in mathematics and introductory programming helps ensure timely progression.
• Some students enter via alternative pathways such as articulation agreements, university preparatory programmes or by completing foundation courses if they lack specific prerequisites.

Career prospects

Graduates are qualified for a broad range of entry-level and mid-level roles in industry, government and the non-profit sector. Common career paths include:

• Software developer or engineer — designing and building applications and systems.
• Data analyst or data engineer — preparing, analysing and deriving insight from data.
• Systems or network administrator — managing IT infrastructure and cloud services.
• Cybersecurity analyst — protecting systems, responding to incidents and implementing security controls.
• Information architect or database administrator — modelling and maintaining information systems.
• UX/UI roles and product management — focusing on user-centred design and product delivery.

Many graduates also continue to postgraduate study in specialised areas such as computer science, information systems, cybersecurity or data science, or pursue professional certifications to deepen technical specialisms.

Why study at Florida State University

Florida State University offers a large, research-active campus with diverse computing and information resources, giving students access to experienced faculty, research projects and interdisciplinary collaboration. The programme benefits from connections to local and regional employers, internship opportunities in the state capital and a campus culture that supports student organisations, hackathons and practicum placements.

Students can take advantage of on-campus research labs, computing facilities and career services that help with recruitment, resume preparation and interview practice. The university’s breadth of faculties also enables easy collaboration across domains—such as business, psychology and engineering—so students can tailor their studies to applied, organisational or research-focused career directions.